Value Collection 12915 Motor Run Capacitor 25 Mfd 370V

Product Description

The VALUE COLLECTION 12915 is a motor run capacitor rated at 25 microfarads (MFD) and 370 volts, designed to support the start and continuous run cycle of single-phase AC motors in HVAC and refrigeration equipment. Motor run capacitors maintain a phase-shifted current to the auxiliary winding during operation, improving motor efficiency and torque. This unit stands 2.625 inches high and weighs approximately 0.68 pounds, making it a compact, direct-install component. Licensed HVAC technicians and refrigeration service pros are the primary installers for this type of component.

This capacitor is suited for use in residential and light commercial HVAC applications where a 25 MFD, 370-volt motor run capacitor is required. Typical installations include condenser fan motors, compressor start circuits, and air handler blower motors that draw from a 370-volt-rated capacitor for continuous duty. It ships in a quantity of one, which supports single-unit service calls and repair scenarios.

Key Features

• 25 MFD capacitance rating for motor run applications
• 370-volt AC rating suitable for standard residential HVAC motor circuits
• Compact form factor at 2.625 inches high for easy fitment in confined equipment compartments
• Lightweight at 0.68 pounds for straightforward handling and installation
• Single-unit packaging aligned with service call needs

Compatibility

Designed as an OEM-style replacement motor run capacitor for single-phase residential and light commercial HVAC motors rated at 25 MFD and 370 volts.

Installation Notes

Motor run capacitors must be installed by a qualified HVAC technician following all applicable local codes. Before servicing, disconnect and lock out all power to the unit and discharge the existing capacitor using an appropriate discharge resistor or tool — never short the terminals directly. Verify that the MFD rating and voltage rating of the replacement match the motor nameplate requirements before installation. Incorrect capacitance can cause motor overheating, reduced efficiency, or premature motor failure.